Search for dissertations about: "fibre orientation distribution"
Showing result 11 - 15 of 21 swedish dissertations containing the words fibre orientation distribution.
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11. Orientation of elongated particles in shear and extensional flow
Abstract : Elongated particles in fluid flows are a big part of the world we are living in. Gaining knowledge on how particles behave in different fluid flows can potentially increase the efficiency of industrial processes and decrease the world's energy consumption as well as improve the properties of future materials. READ MORE
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12. Network Modelling for Evaluation of Mechanical Properties of Cellulose Fibre Fluff
Abstract : A network mechanics model for cellulose fibre fluff is proposed. 2D and 3D versions of the model have been implemented and the influence of various micro-level parameters on the global mechanical performance has been determined by means of computer simulations. READ MORE
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13. Development of thermoplastic biocomposites based on aligned hybrid yarns for fast composite manufacturing
Abstract : The interest in natural fibres as reinforcement for composite materials has been steadily increasing due to their attractive mechanical properties and the possibility of making more eco-friendly materials. Currently, various alternatives are being introduced for commercial applications, as fibres such as hemp, jute and flax exhibit properties, which make them appropriate for structural composite components. READ MORE
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14. Shape stability of laminated veneer products
Abstract : This thesis is about the shape stability of laminated veneer products.Laminated veneer products consist of veneers bonded together with adhesive into a predetermined shape. Such products are used in several contexts but especially in furniture manufacture. READ MORE
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15. Development and characteristics of a fully recycled CF/PP composite
Abstract : The increasing industrial use of carbon fibre in e.g. aircraft and wind turbines calls for strategies for their recovery and possible reuse. In addition, tremendous amount of energy is needed to be able to manufacture pristine carbon fibres. READ MORE